Krakatoa or Krakatau, in Indonesia, is part of the Ujung Kulon National Park, a UNESCO World Heritage property, and among the most (in)famous volcanoes in the world. From a geological point of view, it is part of the Indonesian island arc system generated by the north-eastward subduction of the Indo-Australian plate (Figure 1). Krakatau is now a caldera type of volcano thanks to the 1883 eruption, one of the most destructive and deadliest volcanic events in historical records causing a total of around 36000 deaths[1, 2, 3]. During this event, up to the 70% of the original island was destroyed, leaving a caldera structure, a ‘bowl-shaped’ depression, leading to a tsunami hitting the coastlines of Java and Sumatra and conspicuous tephra falling over the nearby inhabited islands.
Not long ago on the blog, we have talked about natural groundwater quality triggered by geogenic factors and related hazards such as a high concentration of heavy metals. Today’s topic concerns the anthropogenic input of heavy metals into the water and how to solve its impact effectively. Industrial processes can lead to heavy metal bearing wastewater, which is commonly treated by inefficient purification methods. Therefore, it is time to think about alternative methods for recovering the metals that would otherwise pollute the water and create a hazard for the environment. In addition, the obtainable metal resources make their recovery attractive from an economic point of view. However, efficient removal and recovery of toxic metals from industrial wastewater streams is a major challenge. To understand better the subject and the potentiality of specific water’s treatments, we interviewed two PhD students, Kai Tandon and Iphigenia Anagnostopoulos, both working in the group of Prof. Dr. Soraya Heuss-Aßbichler at LMU Munich.
If you were wondering what a group of young scientists such as NhET does in its free time, this is the right post for you to read!
In between doing exciting fieldwork on an active volcano, writing an inspiring paper on landslide monitoring and applying that complicated algorithm for the analysis of earthquake return times: we organize events at the EGU’s General Assembly (GA) targeting Early Career Scientists’ (ECSs) interests. Can you believe it? Since the deadline for sending an abstract for the 2018 GA is getting closer (January 10), why not telling you a bit of what we did during EGU’s 2017 GA and try to make you believe.